Name: Furukawa HD709-45-T38/T45 Shank Adapter 620mm T45 Thread Rock Drilling Rig Tool for Mining
Brand: KSQ Technologies (Beijing) Co. Ltd
SKU: T45 620mmHD709
Price: 137 USD
Availability: InStock

Ana sayfa Ürünler Kaya Delme araçları

Furukawa HD709-45-T38/T45 Shank Adapter 620mm T45 Thread Rock Drilling Rig Tool for Mining

Ürün ayrıntıları:

Menşe yeri:	Çin
Marka adı:	MIROC
Sertifika:	ISO
Model numarası:	T45 620mmHD709

Ödeme & teslimat koşulları:

Min sipariş miktarı:	1
Fiyat:	137
Ambalaj bilgileri:	ahşap kasalar
Teslim süresi:	20-30
Ödeme koşulları:	L/C,D/A,D/P,T/T,Western Union
Yetenek temini:	3000

İletişim

Detaylı ürün tanımı

Model NO.:	HD709	Malzeme:	Alaşım çelik
Yüzey İşlem:	Yüzey Karbürleme	Uzunluk:	72*45mm
İplik:	T38/T45	Ön Uç Çapı:	45mm
Uyumluluk:	Furukawa	Şartname:	HD709-45-620
Vurgulamak:	Furukawa T45 thread shank adapter , 620mm rock drilling rig tool , mining drill shank adapter

Furukawa HD709-45-T38/T45 Shank Adapter

620mm T45 Thread Rock Drilling Rig Tool for Mining Applications

Material & Manufacturing Advantages

High-quality low-carbon alloy steel with precise alloy element ratios for improved hardenability
Advanced manufacturing technology including precision straightening to ensure straightness and reduced stress concentration
Carburization heat treatment + CNC machining for superior toughness and anti-fatigue strength in demanding drilling conditions

Product Customization

We design and produce various specifications of rock drill shank adapters according to your needs, available with either male or female threads as required.

Male vs. Female Shank Adapters

Type	Thread	Best Suited For
Male (more popular)	External thread	Drifting, tunneling, extension applications - where high bending stresses are present
Female	Internal thread	Limited drilling space - when total feed length is critical, e.g., underground roof bolting

Function & Performance Requirements

Transmits power from the rock drill to the drill stems with key property requirements including high toughness and no plastic deformation under repeated impact and torque.